Insta360’s ONE X2 360-degree action cameras have become an essential tool for scientists and astronomy enthusiasts.
These cameras have been launched into space on a Spacety SAR satellite, marking a significant collaboration between Media Storm and Insta360. This venture is not the first of its kind, as Insta360 cameras have previously journeyed to the edge of Earth’s atmosphere.
Advanced Modifications for Space Conditions
The Insta360 ONE X2 cameras, based on the standard X2 model, underwent significant modifications for this mission. They were adapted to draw power directly from the satellite and to endure the harsh environment of space.
Overcoming Technical Challenges
Insta360 engineers faced several critical challenges to ensure the cameras’ functionality in space. The first major challenge was to make the cameras resilient to extreme temperature fluctuations, ranging from -70° to 50° C (-94°-122° F), as they orbited Earth every 90 minutes. Additionally, the cameras needed to withstand intense solar radiation, which could potentially damage sensitive electronic components and affect image quality. The third hurdle involved reinforcing the cameras against the intense vibrations and shocks experienced during the satellite’s launch on a Chinese Long March-3B rocket.
Sturdy Design and Connectivity
To meet these challenges, the engineers enhanced the lens, motherboard, and camera housing. The camera mounts were also strengthened to ensure stability and correct orientation in space. For connectivity and power, a specially adapted USB Ethernet port was used, unique to the X2 model.
Rigorous Testing Leads to Success
The modified cameras underwent extensive testing, including high-altitude and vacuum simulations, as well as radiation exposure tests. After over a year of meticulous preparation and testing, the cameras were deemed ready for their space mission.
Remarkable Results from Orbit
Following a successful launch and orbit placement, the Insta360 ONE X2 cameras are now sending back stunning images of Earth and the vastness of outer space, marking a triumph in space-based imaging technology.
